30. They would be connected at 12 vertices. Each face (a total of 20 faces) would be a triangle.
If the straw were normal and 8.25 inches then it would take 4.772121212121212... straws.
To make a triangular-based pyramid, you would need a total of 6 straws. This includes 3 straws for the triangular base and 3 additional straws connecting each vertex of the base to the apex of the pyramid. The straws form the edges of the pyramid, creating its structure.
You would need 12 straws of equal sizes because a cube has 12 equal edges, 8 vertices and 6 faces
To make one hexagon, you need 6 straws, as each side of the hexagon is formed by one straw. Therefore, to create 10 hexagons, you would need 10 hexagons × 6 straws per hexagon, resulting in a total of 60 straws.
12
6 straws are needed
16 straws.
If the straw were normal and 8.25 inches then it would take 4.772121212121212... straws.
12 straws
I need 100 straws.
To make a triangular-based pyramid, you would need a total of 6 straws. This includes 3 straws for the triangular base and 3 additional straws connecting each vertex of the base to the apex of the pyramid. The straws form the edges of the pyramid, creating its structure.
You would need 12 straws because a cuboid has 12 edges, 8 vertices and 6 faces
To calculate the number of straws needed to make a rectangular prism, you would need to determine the dimensions of the prism (length, width, and height) in terms of the length of a single straw. Then, you would calculate the total number of straws required by multiplying the number of straws needed for each dimension. For example, if the prism is 10 straws long, 5 straws wide, and 3 straws high, you would need 10 x 5 x 3 = 150 straws.
8 straws.
Put many straws together to make it stronger
You would need 12 straws of equal sizes because a cube has 12 equal edges, 8 vertices and 6 faces
18 straws.